RFID Anti-Collision Algorithm Simulation Main Program

This main program is primarily designed to simulate the Aloha algorithm for modeling RFID anti-collision scenarios. During simulation implementation, developers typically need to account for various parameters including channel interference factors, tag density configurations, and reader quantity settings. The simulation framework employs event-driven programming to model tag responses and collision scenarios, with key functions handling random time slot selection and collision detection mechanisms. Through experimental analysis of simulation outputs - including throughput calculations and collision rate metrics - researchers can evaluate algorithm performance and identify optimization opportunities. Furthermore, by analyzing statistical results from multiple simulation runs, practitioners can extrapolate potential real-world implementation challenges, thereby guiding algorithmic improvements and parameter tuning. This RFID anti-collision simulation platform therefore holds significant value for RFID technology research, algorithm optimization studies, and practical application guidance.